routing

The video provides an alternative approach of building a scalable BGP topology on Cisco router using confederation. We will go through what you need to know about concept of sub-autonomous system, possible topology, and changes in route advertisement behavior compared to the regular iBGP and eBGP. We will also review some of the BGP attributes and how they are treated within confederation. 

The video provides an alternative approach of building a scalable BGP topology on Cisco router using confederation. We will go through what you need to know about concept of sub-autonomous system, possible topology, and changes in route advertisement behavior compared to the regular iBGP and eBGP. We will also review some of the BGP attributes and how they are treated within confederation. 

The video lays a foundation of building a scalable BGP topology on Cisco router using route-reflectors. We will go through what you need to know about route-reflector rules of route advertisement, both single and dual route-reflector topology, and the significance of a cluster ID. We will also touch on expanding BGP topology even further with route reflector hierarchy.  

The video lays a foundation of building a scalable BGP topology on Cisco router using route-reflectors. We will go through what you need to know about route-reflector rules of route advertisement, both single and dual route-reflector topology, and the significance of a cluster ID. We will also touch on expanding BGP topology even further with route reflector hierarchy.  

The video lays a foundation of building a scalable BGP topology on Cisco router using route-reflectors. We will go through what you need to know about route-reflector rules of route advertisement, both single and dual route-reflector topology, and the significance of a cluster ID. We will also touch on expanding BGP topology even further with route reflector hierarchy.  

The video demonstrates a way to perform QoS classification and marking on Cisco router based on BGP routes and attributes using QPPB. Specifically, we will be using BGP community value on routes to match packets and set IP precedence value, which later on are used to enforce QoS queuing policy.

The video covers some BGP miscellaneous features on Cisco router that do not really have a topic of their own. This includes private AS removal, local AS, allow AS, BGP timer, and MD5 authentication. Some of these features are more frequently used than the other but it is recommended to understand all of them especially if you are studying for certification.

The video covers some BGP miscellaneous features on Cisco router that do not really have a topic of their own. This includes private AS removal, local AS, allow AS, BGP timer, and MD5 authentication. Some of these features are more frequently used than the other but it is recommended to understand all of them especially if you are studying for certification.

The video shows you configuration of a BGP peer across multiple L3 hop on Cisco router. You will understand the default TTL value of BGP packets and how to overcome this to support a BGP peer that not directly connected. We will look at two viable options; ebgp-multihop and TTL security, and make comparison. Wireshark packet capture and analysis will be performed throughout the video to give you insight behind the protocol and packet structure.  

The video demonstrates the use of BGP multicast on Cisco router. We will be building a multicast network from scratch using Auto-RP and show you how to implement multicast routing topology that is independent of unicast routing topology using BGP. Basic multicast networking is recommended before viewing this video.